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DETECTION OF TRANSGENERATIONAL GENETIC EFFECTS BASED ON WHOLE-GENOME SEQUENCING IN THE MOUSE MODEL.

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It has become feasible to detect de novo mutations in mammalian genomes by using whole-genome sequencing. The power to detect numbers of de novo mutations should provide a useful tool… Click to show full abstract

It has become feasible to detect de novo mutations in mammalian genomes by using whole-genome sequencing. The power to detect numbers of de novo mutations should provide a useful tool to assess the transgenerational genetic effects of radiations on living organisms. By reviewing the spontaneous mutations in the mouse as a model, an action plan is proposed to detect the induced mutations after accumulating mutations for several generations with continuous exposure to low-dose radiations. Some susceptibility differences against radiations between humans and model animals for the transgenerational effect have been suggested. The applicability of the mouse model for the assessment of low-dose radiation is also discussed.

Keywords: genetic effects; genome sequencing; transgenerational genetic; whole genome; mouse model

Journal Title: Radiation protection dosimetry
Year Published: 2022

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